TSP

[@mstjerning8919]

Fantastic review as always, Shahriar. I'm amazed of how good Siglent has become over the years. I can actually affort decent equipment for my own lab at home. Also, I really appreciate the time and efforts you put into producing your content. It is very clear and concise. Personally, I have limited RF experience via my E.E. degree but still ended up with RF as part of my job. Your videos are a HUGE help as to what instruments are out there and what can be achieved with them in terms of applications. I use your videos as a primer of sorts so I know what to look further into. Thanks for taking us to school - keep up the good work! 😉

[@ruhnet]

I always look forward to your videos, Shahriar. I have learned a lot over the years I've been watching. Repairs are my favorites, but I enjoy the reviews like this as well, since you always have experiments and technical breakdown descriptions of the instruments (I really enjoy the experiments).

[@TmRCng]

Quality content as always. Thank you TSP!

[@UcimoElektronikuZajedno]

Happy birthday The Signal Path ;)

[@rrb6544]

It is amazing to analyze the path on those boards and compares with my 8663A 80s tecnology... I learn so much watching those videos :)

[@feicodeboer]

Him, standing there in front of the wall of fortune... Many thanks for your great video's.

[@Bertemus60]

Thanks for this....I found it quite useful & informative as I'm currently looking for a signal gen with similar specs (0-6GHz w\IQ capabilities etc) You always offer thoughts & ideas on ways to apply these devices' capabilities. I also appreciate the internal look to better understand quality of workmanship, types of components used & level of quality of these devices....so great overview!

[@MartenElectric]

Scope of this video is well beyond my pay grade, but still enjoyed the teardown :)

[@jimm2099]

Great video as always!

[@gn_ghost4757]

Nice and detailed review! Thanks for the effort~ (Still waiting for the PLL video xD

[@KostantisX]

Amazing content!!! Thank you!

[@ofgjf]

Rohde & Schwarz inspired Layout and UI :D

[@bfx8185]

Top review!

[@vaualbus]

At ~55 you can clearly see a spoiling of the next repair video good! Anyway really like this review!

[@Thesignalpath]

Nice catch! :) Just waiting on some digikey parts on that repair.

[@vaualbus]

@@Thesignalpath yeah that is always the boring part. A perfect world would be to go to local shop and buy SMD parts and not just boring through all parts.

[@AndrewZonenberg]

Been considering this as well as the SignalHound VSG60A. Any chance you could do a review on the VSG60A so interested parties can compare?

[@robertwatsonbath]

Another pretty comprehensive tour Shahriar, many thanks. Decent PN performance from what is a fairly low cost Z-Comm VCO. How large is the IQ memory in terms of number of sample words? I'm a bit confused by what I read in the datasheet. Often in radar system simulation it's nice to be able to upload and play back pre recorded I/Q data which needs a lot of sample memory to be useful.

[@ErikKaashoek]

These teardown videos are a great way to learn about the system architecture of spectrum analyzers and signal generators. I'v use these learnings when designing the tinySA (a 50$ spectrum analyzer and signal generator) It would be nice to see you do a teardown and review of the tinySA but it may not fit your audience and for sure the performance (and the price) is very different from what you are used to.

[@ruhnet]

53:30 Kaleidoscope!! 😁

[@supernumex]

Hey, can you look at some cheaper VNA's? e.g those

[@douro20]

He did one on the Deepace KC901V which is a very nice 6.8GHz VNA for less than $2k, not to mention being handheld. It may be hard to get a hold of one, though.

[@supernumex]

@@douro20 The hardware for that one looks pretty decent. I'm concerned with support given it's based in China.

[@sidhath98]

Really appreciate the awesome content! Request: Could you do a video on probe station use and high-frequency probe-based testing?

[@tommihommi1]

That external levelling straight in the generator is so nice, much better than having to do it yourself on a PC using matlab or something. Been there, done that.

[@dmytrobozhko]

Wonderful reviews, Shahriar! As far as I know, all Siglent AWGs suffer from synchronization drift. For example, SDG2122X has almost 6ns drift between rear panel sync output and front-panel outputs. SDG6000 series has the same problem, just a smaller drift. Does this instrument have the same issue?

[@Thesignalpath]

Interesting, I have to test this.

[@cosmolittle1395]

Dear Shariar, Is it possible to share the part number of the main fractional N synthesizer from AD? I have been evaluating the ADF4372, which I think has the best phase noise of all the AD single chip synthesizers. However the ADF4372 has built in VCOs, which evidently Siglent have avoided. regards Cosmo Little

[@friedmule5403]

Shahriar I would love to understand and be able to use the gear you present so greatly! May I ask you on what gear do I need to start experimenting and learning about HF? You may maybe ask me what frequency I am interested in, but even that do I not know, I would love to work within a range where you think a beginner should start to experiment. :-)

[@supernumex]

what model uline table are these?

[@meepk633]

I'd love to do UI design. I'd hire people in the field to tell me what to do and then clock out early.

[@amciaapple1654]

I could even watch this video with my toddler because the cat appeared at 30:45. Pooch ?

[@Thesignalpath]

kzbin.info/www/bejne/oZC9oaWVeMeGiMU

[@paulpaulzadeh6172]

What's the equalizer algorithm, how it knows on keysight

[@paulpaulzadeh6172]

Shahriar @ 13:53: " on their other side there is not so much , there are are a couple thing not so much "" Man you make the time and effort that layout guy put to rout RF pcb Equal to zero "" haha , I am sure they get mad . Very soon China pass the USA when it comes to high Technology.

[@Ziferten]

Cat!

[@davidcotand6051]

First.

[@sarahjrandomnumbers]

2nd

[@vadimbellous8313]

3rd

[@cogito451]

Twenty-eighth.